In recent years, we have witnessed major advances in our understanding of the mammalian cell cycle and how it is regulated. Normal mammalian cellular proliferation is tightly regulated at each phase of the cell cycle by the activation and deactivation of a series of proteins that constitute the cell cycle machinery. This review article describes the various phases of the mammalian cell cycle and focuses on the cell cycle regulatory molecules that act at each stage to ensure normal cellular progression
<p>The molecular mechanism controlling the commitment points in the mid and late G1 phase of the mam...
A network of cyclin-dependent kinases (Cdks) controls progression along the successive phases G1, S,...
Not many models of mammalian cell cycle system exist due to its complexity. Some models are too comp...
In recent years, we have witnessed major advances in our understanding of the mammalian cell cycle a...
The regulation of mammalian cell proliferation is discussed in relation to the recently proposed 'un...
hi cycle machinery and discuss how this controls the the cell cycle that ensure that cell division p...
Molecular pathways that regulate cell growth and differentiation are now beginning to be understood...
Cell proliferation is the process whereby cells reproduce themselves by growing and then dividing in...
MAMMALIAN CELL CYCLE REGULATION: CHARACTERISATION OF THREE GENES EXPRESSED I...
In recent years, there have been major developments in the understanding of the cell cycle. It is no...
The cell cycle and the cell cycle control system are the engines that drive life. They allow for the...
Two parallel and concordant activities charac-terize cell cycle progression. One is associated with ...
Of the many major achievements in cell biology during the last 25 years, none is more important than...
AbstractThis issue of Current Biology features five reviews covering various key aspects of the euka...
International audienceThe cellular division cycle is an essential process to ensure healthy tissue h...
<p>The molecular mechanism controlling the commitment points in the mid and late G1 phase of the mam...
A network of cyclin-dependent kinases (Cdks) controls progression along the successive phases G1, S,...
Not many models of mammalian cell cycle system exist due to its complexity. Some models are too comp...
In recent years, we have witnessed major advances in our understanding of the mammalian cell cycle a...
The regulation of mammalian cell proliferation is discussed in relation to the recently proposed 'un...
hi cycle machinery and discuss how this controls the the cell cycle that ensure that cell division p...
Molecular pathways that regulate cell growth and differentiation are now beginning to be understood...
Cell proliferation is the process whereby cells reproduce themselves by growing and then dividing in...
MAMMALIAN CELL CYCLE REGULATION: CHARACTERISATION OF THREE GENES EXPRESSED I...
In recent years, there have been major developments in the understanding of the cell cycle. It is no...
The cell cycle and the cell cycle control system are the engines that drive life. They allow for the...
Two parallel and concordant activities charac-terize cell cycle progression. One is associated with ...
Of the many major achievements in cell biology during the last 25 years, none is more important than...
AbstractThis issue of Current Biology features five reviews covering various key aspects of the euka...
International audienceThe cellular division cycle is an essential process to ensure healthy tissue h...
<p>The molecular mechanism controlling the commitment points in the mid and late G1 phase of the mam...
A network of cyclin-dependent kinases (Cdks) controls progression along the successive phases G1, S,...
Not many models of mammalian cell cycle system exist due to its complexity. Some models are too comp...